Coherent Solutions’ matrIQ-OSA™ enables cost-effective spectral test and measurement in a compact and versatile benchtop form factor.
The matrIQ-OSA is grating-based and is designed for efficient, space saving performance where space and time are critical. It is an excellent fit for fully-automated production testing of optical sources, amplifiers, transceivers and passive optical components.
matrIQ-OSA is available in a range of wavelengths for different applications, so you pay only for the capabilities you need. Its stackable, space-saving design and intuitive software controls make it the perfect choice for R&D labs and production.
Ultra Compact Form Factor
Our matrIQ products are extremely compact and housed in a robust metallic case to help you make the most of your available bench space.
matrIQ-OSA pictured with a AA size battery
Range of wavelengths
Choose the model that meet your requirements and pay for only the capabilities you need. matrIQ-OSA can also be customized to other customer-specified wavelength ranges.
Accurate measurement of optical spectrum without artifacts: good dynamic range, high optical throughput, high spectral resolution and high wavelength accuracy.
With 0.025 nm accuracy you can spec/characterize your components with more accuracy.
Simple, intuitive operation with cohesionUI
cohesionUI makes it simple to control matrIQ-OSA from your PC or mobile device. Its cuttingedge design offers a sleek modern interface, cross device compatibility, customizable views and remote network access.
Ultra compact and flexible form factor
Housed in a compact and robust metallic case, its extremely small footprint helps you make the most of your available bench space.
USB or LAN operation
Connect to matrIQ-OSA with USB or LAN for simple setup and operation.
Excellent measurement correlation with our optical PXI modules
Shared product architecture lets you validate your system and test requirements in the lab with matrIQ-OSA, and scale up to high volume automated production testing with the OSAPXIe module.